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NEW QUESTION # 27
Why is the suppression of rogue APs becoming more difficult with the introduction of new wireless security standards, such as 802.11w?
Answer: C
Explanation:
With 802.11w, management frames (such as deauthentication and disassociation) are protected and authenticated. This prevents spoofing attacks but also makes it more difficult for wireless intrusion prevention systems (WIPS) to identify and suppress rogue APs using traditional techniques, since those frames can no longer be easily forged or intercepted.
NEW QUESTION # 28
Refer to the exhibits.
A NAC policy has been configured to apply traffic that flows through FortiSwitch port 2. Traffic that meets the NAC policy criteria will be assigned to the Students VLAN. However, the NAC policy does not seem to be taking effect.
Which configuration is missing?
Answer: B
Explanation:
From the exhibits:
FortiSwitch Ports viewshows:
port2
Mode: Static
Native VLAN: Students
Allowed VLANs: quarantine.fortilink (quarantine)
NAC policy "Training":
Switch FortiLink: fortilink
Category:Device
Matching criteria:
MAC Address: 70:88:6b:8c:4b:0e (enabled)
Operating System:Linux(enabled)
Switch Controller Action:
Assign VLAN = Students
Bounce Port = enabled
Design intent:
Device with that MAC + OS Linux, when plugged intoport2, should be dynamically moved to VLANStudentsby the NAC policy.
Why it doesn't work now
On FortiLink NAC,dynamic NAC decisions only apply on ports whose "Access Mode" is set to NAC:
NAC mode = FortiGate controls theonboarding VLAN, evaluates NAC policies, and then dynamically reassigns the switch port VLAN (access, quarantine, etc.).
Static mode(what we see on port2) means the port just uses its configurednative/allowed VLANs, andno NAC classificationhappens.
Right now:
port2 is astatic access portwith Native VLAN = Students.
The NAC policy exists, butFortiSwitch is not in NAC enforcement mode on that port, so the policy is never evaluated for traffic on port2.
Therefore, themissing configurationis:
Set port2 to NAC mode(sometimes called "Access mode: NAC" or "NAC LAN edge port").
Once port2 is changed to NAC mode:
Device initially lands in the onboarding/quarantine VLAN.
FortiGate collects device info (MAC, OS, etc.).
NAC policy "Training" matches MAC + Linux.
Switch controller actionAssign VLAN = Studentsis applied.
Port is bounced (if configured), bringing the device back up in VLAN Students.
NEW QUESTION # 29
Refer to the exhibits.
A company has multiple FortiGate devices deployed and wants to centralize user authentication and authorization. The administrator decides to use FortiAuthenticator to convert RSSO messages to FSSO, allowing all FortiGate devices to receive user authentication updates.
After configuring FortiAuthenticator to receive RADIUS accounting messages, users can authenticate, but FortiGate does not enforce the correct policies based on user groups. Upon investigation, the administrator discovers that FortiAuthenticator is receiving RADIUS accounting messages from the RADIUS server and successfully queries LDAP for user group information.
But, FSSO updates are not being sent to FortiGate devices and FortiGate firewall policies based on FSSO user groups are not being applied.
What is the most likely reason FortiGate is not receiving FSSO updates?
Answer: C
Explanation:
FortiAuthenticator can use RADIUS accounting records to trigger FSSO authentication and can collect additional group information for FortiGate to use in identity-based policies. If the FSSO user group attribute is not configured correctly, FortiGate may learn the user login but not receive the group information needed to match FSSO user groups in firewall policies, so the expected policy is not applied.
NEW QUESTION # 30
Which encryption protocols can CAPWAP use to secure the data channel when communicating between a FortiGate wireless controller and FortiAP?
Answer: C
Explanation:
The correct encryption protocols that CAPWAP can use to secure the data channel between a FortiGate wireless controller and FortiAP are DTLS and IPsec. DTLS (Datagram Transport Layer Security) is natively supported for CAPWAP encryption, and optionally, IPsec can be configured to further secure the tunnel, especially in high-security environments. WPA3 and TLS, SSH and SSL, or SSL/TLS and IPsec are not the protocols CAPWAP employs for this purpose on FortiGate and FortiAP platforms.
NEW QUESTION # 31
Refer to the exhibits. The exhibits show the FortiGate logs, widget, and CLI.
Security Fabric quarantine automation is being tested using a device with the IP address
10.0.2.1, which is connected to a managed FortiSwitch.
Shortly after attempting to access a malicious website, the device loses access to the internet and other VLANs within the network. However, it can still communicate with other devices within the same VLAN.
Which configuration change is required to fix the issue?
Answer: B
Explanation:
IP Ban only creates firewall blocks at the FortiGate and does not instruct the FortiSwitch to quarantine the endpoint at the access layer. As a result, the device is isolated only at L3 (no internet or inter-VLAN access) but is still allowed L2 communication within its local VLAN.
Replacing the action with Access Layer Quarantine correctly triggers the FortiSwitch port-level isolation, which blocks all traffic - including intra-VLAN - fixing the issue.
NEW QUESTION # 32
......
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